Free calculation of ACE shock absorbers

Technical Details

• General Information
  In which machine or application should the shockabsorber be used?
• Demand / Year
• What damping is actual used?

  • Rubber stop
  • Cylinder damping
  • without damping
  • Shock absorber / Hydraulic damper
• Model
• Technical Details
• Mass to be decelerated (w)

  kg

  Velocity at time of impact (v1)

  m/s

• Cycles per hour (C)

  1/h

  Numb. of shock absorbers parallel (n)
• Propelling force (Fp)

  N

  Motor power (Hp)

  kW

• Stall torque factor (SF)

  kW

  Sum of Rotational energies (Er)

  Nm

• Coefficient of friction (Mu)
  Drop height (D)

  m

• Start velocity (V0)

  m/s

  Angle of incline (A)

  °

• Propelling torque (T)

  Nm

  Radius shock absorber (Rs)

  mm

• Radius Mass (L)

  mm

  Radius driving force (r)

  mm

• Radius lever (L)

  mm

  Propelling force F1+F2=F

  N

• Mass to be decelerated (w2)

  kg

  Velocity at time of impact (V2)

  m/s

• Additional data
• Mounting

  • Flansch-Rückseite
  • Fußbefestigung
  • Flansch-Frontseite
  • Schwenkbefestigung
  • Andere
• Environmental parameters
  Environment temperature

  °C

• Operational Conditions

  • Einsatz im Freien
  • Einsatz im Pneumatikzylinder
  • Gießereibetrieb
  • Einsatz im Kühlwasserstrahl
  • Säure
  • schräger Aufprallwinkel
  • Lebensmittelkontakt